Search

CN-224219536-U - Winter cold-proof flame-retardant sock

CN224219536UCN 224219536 UCN224219536 UCN 224219536UCN-224219536-U

Abstract

The application relates to the technical field of clothing and discloses winter cold-proof flame-retardant socks, which comprise socks, wherein the socks comprise sock bodies, sock legs are arranged above the rear ends of the sock bodies, sock heads are arranged at the front ends of the sock bodies, the socks comprise comfortable layers, the outer sides of the comfortable layers are heat-insulating layers, the outer sides of the heat-insulating layers are flame-retardant layers, sock head thickening layers are sewn on the outer sides of the sock heads, and sock heel thickening layers are sewn on the bottoms of the rear ends of the sock bodies. This winter fire-retardant socks, can effectually guarantee the fire-retardant performance of socks through the outermost fire-retardant layer of socks, make socks satisfy the demand of wearing under special environment, the setting of cold-proof layer makes socks have sufficient cold-proof effect, the travelling comfort when socks are worn that the setting of comfortable layer was guaranteed, has reached and has good fire-retardant performance, has sufficient cold-proof effect simultaneously concurrently, can satisfy the demand of wearing under winter special environment to have better travelling comfort's effect when wearing.

Inventors

  • LI WENJUN
  • ZHANG MINGFEI

Assignees

  • 杭州赛固迈永盛纺织有限公司

Dates

Publication Date
20260512
Application Date
20250609

Claims (8)

  1. 1. A winter cold-proof flame-retardant sock comprises a sock body (1) and is characterized in that the sock (1) comprises a sock body (101), a sock leg (102) is arranged above the rear end of the sock body (101), a sock head (103) is arranged at the front end of the sock body (101), the sock (1) comprises a comfort layer (106), a thermal insulation layer (105) is arranged outside the comfort layer (106), a flame-retardant layer (104) is arranged outside the thermal insulation layer (105), a sock head thickening layer (2) is sewn outside the sock head (103), a sock heel thickening layer (3) is sewn at the bottom of the rear end of the sock body (101), a first elastic rib layer (4) is sewn on the outer surface of the middle part of the sock body (101), and a second elastic rib layer (5) is sewn on the outer surface of the middle part of the sock leg (102).
  2. 2. The winter protection flame retardant sock of claim 1, wherein the flame retardant layer (104) is formed by blending aramid fiber and ceramic fiber.
  3. 3. The winter protection flame retardant sock of claim 1, wherein the thermal layer (105) is made of wool.
  4. 4. The winter protection flame retardant sock of claim 1, wherein the comfort layer (106) is made of ultra fine fiber.
  5. 5. The winter cold-proof flame-retardant sock according to claim 1, wherein a plurality of anti-slip pads (6) are arranged at the bottom of the sock body (101), and the anti-slip pads (6) are made of silica gel.
  6. 6. The winter cold-proof flame-retardant sock according to claim 1, wherein a welt (7) is sewn at the sock opening of the sock tube (102), and the welt (7) is turned outwards from the inner side of the sock tube (102) to the outer side of the sock tube (102).
  7. 7. The winter cold-proof flame-retardant sock according to claim 1, wherein a placing pocket (8) is arranged on one side of the outer surface of the middle part of the sock tube (102), and the placing pocket (8) is made of elastic fabric materials.
  8. 8. The winter cold-proof flame-retardant sock according to claim 7, wherein the sock (1) is internally filled with a plurality of magnetic therapy particles (9).

Description

Winter cold-proof flame-retardant sock Technical Field The application relates to the technical field of clothing, in particular to winter cold-proof flame-retardant socks. Background With the advent of cold climates in winter, people have increasingly demanded cold protection and warmth retention, especially in outdoor work, sports or extremely low temperature environments, warmth retention becomes an important consideration in the design of garments and accessories. Socks, as garments that directly contact the foot, directly affect the user's experience and health in terms of warmth, comfort, and functionality. In special working environments such as fire protection, metallurgy, chemical industry and the like, feet can be contacted with high temperature, open fire or inflammable substances, so that the flame retardant property of the socks is particularly important. Most socks in the prior market only have single warm keeping or flame retarding functions, and are difficult to meet the dual requirements of the socks on the functionality under specific professions and cold environments. Particularly, in winter, when special professionals such as firefighters, electricians and the like perform tasks, the socks are required to provide enough warm-keeping effect and have flame retardant property so as to ensure safety. Disclosure of utility model Aiming at the defects of the prior art, the winter cold-proof flame-retardant sock provided by the application has good flame-retardant performance, has enough warm-keeping effect, can meet the wearing requirement in a special winter environment, has the advantages of good comfort and the like when being worn, and solves the problems that most of socks in the prior market have single warm-keeping or flame-retardant functions and are difficult to meet the dual requirements of special professions and cold environments on the functionality of the socks. Particularly, in winter, when special professionals such as firefighters, electricians and the like perform tasks, the socks are required to provide enough warm-keeping effect and have flame retardant property so as to ensure safety. In order to achieve the purposes of good flame retardant property, enough warm keeping effect, meeting the wearing requirement in a special winter environment and good comfort when wearing, the application provides the technical scheme that the winter cold-proof flame retardant sock comprises a sock body, a sock leg is arranged above the rear end of the sock body, the front end of the sock body is a sock head, the sock comprises a comfort layer, the outer side of the comfort layer is a warm keeping layer, the outer side of the warm keeping layer is a flame retardant layer, the outer side of the sock head is sewed with a sock head thickening layer, the bottom of the rear end of the sock body is sewed with a sock heel thickening layer, the outer surface of the middle of the sock body is sewed with a first elastic rib layer, and the outer surface of the middle of the sock leg is sewed with a second elastic rib layer. Through the scheme, the flame retardant performance of the sock can be effectively guaranteed through the flame retardant layer on the outermost layer of the sock, the sock meets the wearing requirement under the special environment, the thermal insulation layer enables the sock to have a sufficient thermal insulation effect, the comfort of the sock is guaranteed through the arrangement of the comfort layer, good flame retardant performance is achieved, the sufficient thermal insulation effect is achieved, the wearing requirement under the special environment in winter can be met, and the effect of good comfort is achieved when the sock is worn. Further, the flame-retardant layer is formed by blending aramid fiber and ceramic fiber. Through the scheme, the aramid fiber and ceramic fiber blended materials of the flame-retardant layer achieve extremely high flame-retardant and heat-insulating effects, the aramid fiber has excellent high-temperature resistance and flame-retardant performance, can keep stable structure at high temperature and is not easy to burn, and the ceramic fiber has excellent heat-insulating performance, can effectively isolate external heat and prevent heat from being transferred to the foot of a wearer, so that the safety of the wearer in the vicinity of a fire source or in a high-temperature environment is protected. Further, the thermal insulation layer is made of wool materials. Through above-mentioned scheme, wool material setting through the cold-proof layer has realized outstanding cold-proof nature and gas permeability, and wool fiber has good heat preservation performance, can lock the heat, keeps the foot warm, simultaneously, wool fiber still has outstanding gas permeability, can discharge the moisture that the foot produced, prevents that the foot from excessively wetting, keeps dry and comfortable. Further, the comfort layer is made of superfine fibe